JP2002163053A - Web page deformation method and web page deformation service providing method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a Web page deformation method and a Web page deformation service providing method of deforming the Web page form and providing a characteristic Web page for satisfying various demands of an Internet user. SOLUTION: This method comprises a step (a) for preparing an image having a new form, a step (b) for extracting positional information matching the outline of the image, a step (c) for storing form information produced according to the positional information into a storage medium, a step (d) for producing positional information matching the form information, a step (e) using the positional information matching the form information for forming a field, and a step (f) for combining the field with a Web browser window and eliminating a part excepting the field for displaying the Web page in the form of the field.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method for displaying a Web page, and more particularly to a method for providing a Web page transformation service and a Web page transformation service.

[0002]

2. Description of the Related Art A general Web browser such as Microsoft Internet Explorer or Netscape Netscape displays a Web page in a certain area in a Web browser window. Can always be viewed only in the same form.

[0003] As the demand for providing unique Web pages increases along with the development of Internet technology, service providers provide Internet users with Web browsers capable of displaying Web browser windows in a specific form, and provide the Web browsers with the Web browsers. The homepage is displayed via a window.

[0004] Such a method simply modifies and displays only the form of the Web browser window, and does not change the form of the Web page displayed in a certain area in the Web browser window. That is, the Web pages are displayed identically. Therefore, it could not be said that the request for providing a unique Web page was satisfied.

Therefore, in order to provide a unique Web page, not only the Web browser window but also the Web page must be changed.

[0006] As described above, conventionally, deformation of a Web page has been required to provide a unique Web page.

[0007]

SUMMARY OF THE INVENTION Accordingly, an object of the present invention is to provide a Web page transformation method and a Web page transformation method for providing a unique Web page by modifying the form of the Web page in order to satisfy various needs of Internet users. It is to provide a method for providing a page transformation service.

[0008]

According to the present invention, there is provided an image processing apparatus comprising: a) preparing an image having a new shape; and b) extracting position information corresponding to an outline of the image. , C) storing the form information generated by the position information in a storage medium, d) generating the position information corresponding to the form information, and e) using the position information corresponding to the form information. Forming an area; and f) removing a part other than the area by combining the area and a web browser window so that a web page can be displayed in the form of the area.

The present invention enables the display of a Web page with a characteristic color by displaying only a Web page in a modified form without a Web browser window. In addition, a large number of Web pages in such a modified form can be displayed,
Using this, advertisements can be provided.

[0010] Further, the present invention can provide the Web page transformation service through an intermediary site so that a general user can transform a Web page.

[0011]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS FIG. 1 schematically shows a connection relationship between an Internet user terminal and a server to which the preferred embodiment of the present invention can be applied.

Referring to FIG. 1, a main controller 102 of the Internet user terminal 100 is in charge of overall control of the terminal 100. Particularly, according to a preferred embodiment of the present invention, a Web page is transformed and the transformed Web page is transformed. Display a page, etc. The network interface 104 is the terminal 10
0 and is responsible for the interface between the network. The display controller 106 displays various information on the display 108 under the control of the main controller 102. The memory unit 110 stores various kinds of information and the like required when operating the program of the main control device 102. The input / output interface 112 interfaces between the main controller 102, the storage device 114, and the user interface 116. The storage device 114 is a hard disk drive or the like, and stores a Web page modification according to the preferred embodiment of the present invention, information for displaying the modified Web page, and the like. The user interface 116 interfaces between the Internet user and the main controller 102 with a keyboard or a mouse.

The terminal 100 is connected to a server 200 via a network. The server 200 stores deformation information, a deformation program, and the like that enable the Web page to be transformed according to the preferred embodiment of the present invention.
0 is provided.

The server 200 can play a role of transforming only the Web page. In such a case, the server 200 stores deformation information and a deformation program for deforming its own web page. Thereafter, when a general user connects to the URL of the server 200, the server 20
0 provides the transformation information and the transformation program to the terminal 100 of the general user, and the terminal 100 uses the transformation information according to the transformation program to execute the transformation of the server 200
Transform web pages.

[0015] Alternatively, the server 200 can also serve as an intermediary site that provides a Web page transformation service. In such a case, the server 200
It receives form information and a URL for a Web page from a person who desires to transform the page (hereinafter referred to as a “registered member”), generates transformation information, and gives a new URL. Thereafter, the server 200 provides the generated deformation information and the deformation program to a general user connecting to the new URL. The general user terminal 100 transforms the web page using the transformation information according to the transformation program. This allows individuals to transform their web pages.

For the purpose of understanding the present invention, the functions can be classified as follows. 1. 1. A function to provide a transformed Web page to general users connected via a Web browser. A function for registered members to register a deformed website (Web
2. When page transformation service is provided. 3. A function to extract form information for the form of the Web page to be transformed. 4. A function to transform and display a Web page using transformation information. The ability to display a large number of transformed web pages.

Next, a function of providing a modified Web page to a general user among the above-mentioned many functions will be described with reference to flowcharts of FIGS.

FIG. 2 shows a flowchart in the server 200 for providing a modified Web page. Referring to FIG. 7, when a connection of a general user is retrieved (step 300), the server 200 performs server security authentication (step 304). Such server security authentication refers to asking the user whether the terminal 100 can download a modification program or the like for providing the service according to the preferred embodiment of the present invention. If the user accepts the file storage, it is determined that the server security authentication has been successful. If the server security authentication is successful (step 306), the server 200 searches whether to download the modification program (step 308). Here, the server 200 searches whether or not the modification program is already stored in the terminal 100 by exchanging information with the terminal 100. If the terminal 200 has already stored the modification program, the server 200 updates the version of the stored modification program to the server 2.
It is checked whether the version is the same as the version of the modified program held in 00. If the version between the two modified programs is the same, the server 100 does not download the modified program, and if the version between the two modified programs is different or the modified program is not stored in the terminal, The server 100 downloads the transformation program to the terminal device 100 (step 31).
0). Thereafter, the server 200 registers the registration information and the server 20
Download the transformation information for the Web page 0.
The registration information and deformation information may be script files. The registration information may be configured as shown in Table 1.

[0019]

[Table 1] The registration information includes modification information download identification information.
The deformation information download identification information is information used to determine whether to download the deformation information in the terminal 100. That is, whether the terminal 100 does not need to download the deformation information via the deformation information download identification information and has already been stored in the terminal 100, or should the terminal 100 request the download because the deformation information is not stored. To determine. This is terminal 100
Is to maintain the storage state of the downloaded deformation information while maintaining the connection with the server 200, so that the service can be promptly provided to the general user. Further, when the connection with the server 200 is released, the terminal 100 deletes all the deformation information and the registration information.

After downloading the registration information and the deformation information, the server 200 transmits the requested deformation information to the terminal 10 when the terminal 100 requests the deformation information (step 314).
0 (step 316).

As described above, the server 200 is connected to the terminal 100
Is downloaded to the terminal 100 at the time of the first connection to the terminal and when the version of the transformation program changes. In addition, the server 200 also downloads deformation information used for deforming the Web page to the terminal 100.

Using the transformation program and transformation information
The process of deforming and displaying a Web page will be described with reference to FIG. The terminal 100 searches whether a general user requests connection with the server 200. The terminal 100 connects to the server 200 in response to the request (step 40).
0). Thereafter, the terminal performs a server security authentication procedure.
(Step 404). If the server security authentication procedure is successfully performed (step 406), a search is made as to whether to download a modification program (step 408). The modification program is downloaded when the modification program is not stored in the terminal 100 or the version of the modification program stored in the server 200 and the version of the modification program stored in the terminal 100 are not the same. The terminal 100 downloads the modification program from the server 200 if the modification program is not stored or if the versions of the two modification programs are different (step 410). Thereafter, the terminal 100 downloads the registration information and the transformation information for the Web page of the server 200 from the server 200. The terminal 10
0 indicates the server 200 using the transformation information when displaying the web page of the server 200 via a web browser.
The Web page is transformed and displayed (Step 412).

FIG. 4 shows an example in which a Web page is transformed and displayed. Referring to FIG. 7, a tool box TB is additionally provided for convenient operation when displaying the Web page. The tool box TB has a minimize button M
IN, an end button END, an input window IB, and other buttons BB and PB are provided. The input window IB is a URL
Button B.
B and PB are for instructing movement to the previous page. The toolbox TB is accessible via a user interface 116.

After transforming the Web page of the server 200, the terminal 100 searches whether a general user makes a Web site move request (step 414). When the general user requests to move to the website, the terminal 100
Retrieves whether the transformation information for the Web site is stored (step 416). If the transformation information is stored, the terminal 100 transforms and displays the web page of the corresponding website with reference to the downloaded transformation information (step 420). If the deformation information is not stored, the terminal 100
b Requests the server 200 to download deformation information for the web page of the site, and in accordance with the request, the server 200
Stores the deformation information to be downloaded by the user (step 41).
8). Here, when newly storing the deformation information, the terminal 100 stores the corresponding information in the deformation information download identification information of the registration information. Then, the terminal deforms and displays the web page of the corresponding website using the downloaded and stored deformation information (step 420).
Here, the process of transforming the Web page using the transformation information is performed by a transformation program. The detailed description of the transformation program will be described later.

Then, the terminal 100 searches for whether the general user drags a part of the tool box TB to request movement of the displayed web page (step 422). When the movement is requested, the terminal 1
00 moves the displayed web page in response thereto (step 424). Further, the terminal 100 searches whether the general user requests minimization of the displayed web page through the tool box TB (step 426). When the minimization is requested, the terminal 1
00 minimizes the displayed web page in response (step 428). And the terminal 100
Searches whether the general user requests the service end via the tool box TB (step 430). When the termination is requested, the terminal 100 terminates the service provision in response thereto, and in this case, the terminal 100 releases the connection with the server 200 and deletes the registration information and the deformation information.

When the server 200 serves as an intermediary site for providing an individual Web page transformation service, the server 200 provides the individual with the Web page transformation service through a Web site registration process. The processing procedure in the server 200 during the web site registration process will be described with reference to FIG. The server 200 searches whether a user requests registration of a website through a website registration menu provided on a web page of the own website (step 500). When the registration of the Web site is requested, the server 200 performs a membership confirmation procedure for the user (step 504). The server 200
Performs the member registration procedure if the user is not confirmed as a registered member through the member confirmation procedure (steps 506 and 508). Then, the server 20
0 searches whether the terminal 100 requests the download of the configuration information extraction program (step 510). When the download is requested, the server 200 downloads the form information extraction program to the terminal 100.
(Step 512). If the download is not requested, the server 200 receives the form information and the URL for deforming the web page from the terminal 100 (step 514). After that, the server 200 returns to the UR
L is added to the registration information, and deformation information is generated using the URL and the form information (step 516). The deformation information includes a URL provided by the terminal, position information indicating the outline of the web page, and the like. In particular, the location information is compressed and encrypted. When the generation of the deformation information is completed, the server 200 allocates a new URL for the deformation information and notifies the terminal 100 of the new URL (step 518).

Next, the terminal 10 during the Web site registration process
0 will be described with reference to FIG. The terminal 100 searches whether a user requests a website registration via a website registration menu provided on a web page of the website of the server 200 (step 600). When the registration is requested, the terminal 100 performs a membership confirmation procedure (step 604). The terminal 100 checks whether the user is a registered member (step 606), and if the user is not a registered member, the terminal 100 performs a member registration procedure (step 608). . Thereafter, the terminal 100 searches whether or not the morphological information program is downloaded and stored (step 610). If the morphological information extracting program is not downloaded and stored, the terminal 100 downloads the morphological information extracting program from the server 200. Download (step 620). When the form information program is downloaded and stored, the terminal 100
Generates a bitmap file indicating the outline of the desired Web page (step 612).

Next, the process of generating a bitmap file will be described in more detail with reference to FIGS. FIG. 7 shows a Web page displayed by a Web browser in a general manner. Registered members capture the screen shown in Figure 7
(Capture), and process the area not desired to be displayed on the captured screen into white. Then, the registered member processes the area desired to be displayed on the captured screen to a color other than white. FIG. 8 shows an image processed by such a method. Further, the screen processed as shown in FIG. 8 is stored as a bitmap file, which is a bitmap file required in the preferred embodiment of the present invention. Further, instead of generating the above-described bitmap file in the registration process, the bitmap file may be generated in advance and read out and used in the registration process.

When the generation of the bitmap file is completed, the terminal 100 extracts the position information of the outline of the non-white area from the bitmap file using the morphological data extraction program. The position information is used as form information (step 614). When the extraction of the form information is completed, the terminal 100 provides the extracted form information and the URL of the registered member input to the server 200 (step 616). Thereafter, the terminal 100 receives from the server a new URL that can transform and display the web page, and guides the provided URL to the registered member.
(Step 618).

The processing steps of the form information extraction program will be described with reference to FIGS. The terminal 100 opens the bitmap file created by the registered member (step 700) and searches for a pixel from the upper left edge to the lower right edge of the image to search for a pixel that changes from a white pick cell to a non-white pixel. (Step 702). In particular, as shown in FIG. 12, the terminal 100 searches in order of pixels from the upper left end to the lower right end of the image. During the search, the terminal 100 searches for a pixel that has changed from a white pixel to a non-white pixel (step 704), defines the pixel as a starting point,
The position information is stored (step 706). For example, in FIG. 12, when a pixel is searched from a start point, a pixel that changes from a white pixel to a non-white pixel is a pixel in which A is written. In such a case, the terminal 100 defines the pixel in which the A is written as a start point and stores the position information. afterwards,
The terminal 100 starts searching for the outline. The terminal 100
Searches for a pixel that changes from a white pixel to a non-white pixel among the eight surrounding pixels around the pixel in which the position information is stored in order to search for an outline (step 708). Here, the order of searching for a pixel that changes from a white pixel to a non-white pixel among the eight peripheral pixels centering on the pixel in which the position information is stored is determined as follows: Pixel, lower right pixel,
Pixel at the bottom, pixel at the bottom left, pixel at the left, pixel at the top left, pixel at the top ". That is, the order is based on the number order written in the eight pixels around the pixel A shown in FIG. When a pixel that has changed from the white pixel to a non-white pixel is detected, the terminal 100 searches whether the location information for the pixel is already stored (step 7).
08). If the location information for the corresponding pixel is already stored, the terminal 100 determines that all the outlines of the corresponding area have been detected. Here, the pixel in which the position information is stored is a pixel defined as a start point. If the location information of the corresponding pixel is not stored, the terminal 100 stores the location information of the corresponding pixel (step 712). Thereafter, the terminal 100 re-centers on the pixel storing the location information. A contour line is searched (step 708). Here, the terminal 1
00 defines the start point and repeats the outline detection process until all the outlines of the area including the start point are detected.

If all the outlines of the area defined as the start point have been detected, the terminal 100 stores the position information of the outlines, followed by the division information in a preset form (step 714). The partition information is used to partition between regions by a position information stream for a plurality of regions.

Thereafter, the terminal 100 searches for a pixel that changes from a white pixel to a non-white pixel in the lower right direction from the pixel next to the last registered start point to detect the start point of the next area ( Step 716).
When a pixel that changes from the white pixel to a non-white pixel is searched (step 718), the terminal 100 searches whether the position information of the pixel is already stored (step 720). If the position information of the corresponding pixel is not stored, the terminal (100)
Defines the pixel as a start point and extracts a contour line (step 706). If the position information of the pixel is already stored, the terminal 100 searches whether the search has been completed up to the lower right corner of the image, that is, up to the last pixel of the bitmap file (step 722). . If the search to the lower right has not been completed, the terminal 100 searches for the next start point (step 716). When the search to the lower right end is completed, the detected position information is compressed (step 724), and the compressed position information is encrypted (step 726). Thereafter, the terminal 100 stores the compressed and encrypted position information as form information (step 728).

However, the server 200 has its own Web site.
If only the page is transformed, the web page registration process is not required. Instead, the operator of the server 200 generates an image for deforming the web page of the server 200, extracts the morphological information through the morphological information extracting program as described above, and refers to the morphological information to obtain the deformable information. Is generated and stored in the server 200. Thereafter, when the general user connects his or her own URL, the server 200 provides the modification information and the modification program to the terminal 100 of the general user.

Next, the processing steps of the transformation program are shown in FIG.
It will be described based on. The terminal 100 restores the deformation information to position information indicating actual coordinates, and searches for information indicating the end of the array during the restoration (steps 800 and 8).
02). If there is no information indicating the end of the arrangement, the terminal 100 sequentially reads the restored position information and stores it in the temporary arrangement (step 804). Then, terminal 1
00 searches for whether or not the read position information is sorting information (step 806). If the read position information is not the section information, the restored position information is stored in a temporary array until the section information is searched (step 80).
4). If the read position information is the segment information, the terminal 100 generates a region in which the inside is processed into a non-white color based on the position information stored in the temporary array. The area generation is performed every time the section information is detected during the restoration of the position information. Therefore, the generation of the area during restoration of one deformation information is performed many times. After the area is generated, the terminal 1
00 performs an exclusive OR operation on the newly generated area and the previously generated area to combine the generated areas into one (step 808).

The terminal 100 restores the position information to the end of the array, and if an area is formed by the restored position information, the area generated so far and the Web browser window on which the Web page is displayed are exclusively logically displayed. Sum (step 81
0). As a result, portions of the Web browser window and the Web page displayed in the Web browser window other than the newly generated area are removed.

Next, the deformation process will be described with reference to FIGS. 7, 8 and 11. FIG. 7 shows a web page displayed in a web browser window. After capturing the screen as shown in FIG. 7, the registered member creates a bitmap file displaying a desired area. FIG. 8 shows an image of the bitmap file thus produced. After extracting the position information of the outline from the image, the terminal 100 generates the form information and provides the form information to the server 200. The server 200 generates deformation information using the morphological information. After that, the Web
Terminal 10 for general users and registered members connecting to the site
0, the server 200 provides the transformation information. The terminal 100 receiving the deformation information restores the deformation information to the position information and generates an area to be displayed. The terminal 100 transforms the form of the Web page by performing an exclusive OR operation on the generated area and the Web browser window on which the Web page is displayed. FIG. 11 shows the Web page transformed in this way.

A service provider that provides such a Web page transformation service can additionally display an advertisement Web page on a Web page as a price for providing the service. Display of the above web page is required.

In order to display the two or more modified web pages, the server 200 downloads the registration information for the additional window including the image or the modified web page when the registration information is downloaded. Here, the additional window may be various information expressed through a Web browser, that is, an image, a flash, a Web document, or the like. Then, the terminal 100 displays the additional window using the registration information for the additional window.

Next, a process of displaying the two or more transformed web pages will be described with reference to FIGS. When downloading the registration information, the server 200 downloads the registration information and the registration information for the additional window (step 904). The registration information for the additional window may be configured as shown in Table 2.

[0040]

[Table 2] The registration information for the additional window includes a set time for each additional window. This is to ensure that the corresponding additional window is displayed only during the set time. The image information or Web page deformation information for the additional window may be downloaded in advance, or the next image information or Web page deformation information may be downloaded each time the set time ends.

After downloading the registration information for the additional window, the server 200 searches whether the terminal 100 requests downloading of image information or deformation information for the additional window (step 906). The terminal 100
When the server 200 requests download, the server 200 downloads image information or deformation information for the additional window (step 910).

When the registration information is downloaded (step 1000), the terminal 100 downloads the registration information and the registration information for the additional window together (step 1002). Thereafter, the terminal 100 downloads the image or deformation information to be displayed on the additional window and displays the image or the deformed web page (step 100).
6). Then, the terminal 100 drives a timer (step 1008), and searches for a timeout after a set time has elapsed (step 1010). When the timeout occurs, the terminal 100 displays the next image or the modified web page (step 1012). During the display of the additional window, the terminal 100 searches whether the user selects the additional window (step 101).
4). When the additional window is selected, the terminal 100 connects to the website linked to the corresponding additional window and displays a web page (step 1016). In addition, while displaying the additional window, the terminal 100 searches whether the user commands the movement of the additional window (step 1018). When the user commands the movement of the additional window, the terminal 100 moves the corresponding additional window. Then, while displaying the additional window, the terminal 100 deletes the additional window when the user instructs the end of the additional window (step 1024).

[0043]

As described above, the present invention enables the display of a unique Web page by displaying only the Web page in a modified form without a Web browser window in response to an Internet user's request. There are advantages. Also,
It is possible to display a large number of Web pages in the modified form as described above, and to provide advertisements and the like using the Web pages.

The present invention enables the Web page transformation service to be provided via an intermediary site so that an individual can modify his or her own Web page.

[Brief description of the drawings]

FIG. 1 is a schematic configuration diagram of a system to which the present invention can be applied.

FIG. 2 is a flowchart illustrating a method of providing a general user service in a server according to an exemplary embodiment of the present invention;

FIG. 3 is a flowchart illustrating a method of providing a general user service in a terminal according to a preferred embodiment of the present invention;

FIG. 4 is a diagram showing a display example of a modified Web page according to a preferred embodiment of the present invention.

FIG. 5 is a flowchart in a server of a Web site registration method according to a preferred embodiment of the present invention.

FIG. 6 is a flowchart of a method for registering a website according to a preferred embodiment of the present invention in a terminal.

FIG. 7 is a diagram showing a typical web page display example.

FIG. 8 is a diagram showing an example in which an image displaying an area desired to be displayed is displayed.

FIG. 9 is a flowchart of an outline extraction method according to a preferred embodiment of the present invention;

FIG. 10 is a flowchart of an outline extraction method according to a preferred embodiment of the present invention;

FIG. 11 is a modified Web according to a preferred embodiment of the present invention.
It is a figure showing the example of a display of a page.

FIG. 12 is a conceptual diagram of an outline extraction method according to a preferred embodiment of the present invention.

FIG. 13 is a flowchart of a web page transformation method according to a preferred embodiment of the present invention.

FIG. 14 is a flowchart of a method for displaying a plurality of web pages according to a preferred embodiment of the present invention in a server for an additional window.

FIG. 15 is a flowchart of a method for displaying a plurality of web pages according to a preferred embodiment of the present invention in a terminal for an additional window.

Continued on the front page (51) Int.Cl. ⁷ Identification symbol FI Theme coat II (reference) G06F 15/00 310 G06F 15/00 310R F term (reference) 5B069 AA01 AA02 BA03 CA13 LA03 5B082 AA01 GA02 5B085 AA08 BE07 5E501 AA01 AB15 AC34 BA17 CA02 DA02 EB06 EB11

Claims (21)

[Claims] A) preparing an image having a new form; b) extracting position information corresponding to an outline of the image; c) storing a form information generated by the position information in a storage medium. D) generating position information corresponding to the morphological information; e) forming an area using the positional information corresponding to the morphological information; f) the area and a web browser window And removing a portion other than the region so that a Web page can be displayed in the form of the region.
Page transformation method. 2. The method according to claim 1, wherein the step (e) comprises:
2. The method according to claim 1, wherein the display of the browser window is controlled by exclusive OR. 3. The method according to claim 1, wherein the area comprises a plurality of areas separated from each other. 4. The Web page transformation according to claim 1, wherein the image is composed of a first region processed and displayed in white and a second region processed and displayed in a non-white color. Method. 5. The extracting step includes the steps of: a) scanning the image for pixels that change from white to non-white; and b) searching for pixels that change from white to non-white. Then, a step of searching whether or not the position information of the pixel is stored; and c) When the position information of the searched pixel is stored, returning to the step (a), and If the position information of the pixel is not stored, defining the searched pixel as a starting point; d) storing the position information of the pixel defined as the starting point; e) storing the position information. Searching for a pixel that changes from white to a non-white pixel among the eight surrounding pixels around the pixel being processed; f) When the pixel is searched in the step (e), a step of searching whether the pixel searched in the step (e) is stored; and g) The pixel searched in the step (e) is stored. If not, a step (g) of storing the position information of the pixel searched in the step (e) and returning to the step (e); and h) storing the pixel searched in the step (e). And returning to step (a) for a search from a pixel next to the pixel defined as the start point, by adding partition information for partitioning the area. Item 1. Web page transformation method according to item 1. 6. The method according to claim 6, wherein the step (e) comprises: a first pixel located at the upper right end, a second pixel located at the right side, a third pixel located at the lower right end, and a lower pixel located at the lower right of the stored pixel. 6. A fourth pixel, a fifth pixel at the lower left end, a sixth pixel at the left side, a seventh pixel at the upper left end, and an eighth pixel at the upper end. Web page transformation method described. 7. The Web page deformation method according to claim 1, wherein the storage medium is provided in the server. 8. When the general user connects to the URL of the server, the server provides the general user terminal with the form information stored in the storage medium and a program for transforming the web page using the form information. Performing, the terminal generates position information from the form information according to the program, and the terminal uses the position information to transform the web page of the server into a new form. The method for transforming a web page according to claim 7, wherein 9. The terminal according to claim 1, wherein the terminal is a new type of transformed Wen.
8. The Web page transformation method according to claim 7, wherein a tool box is displayed while displaying the b page. 10. A web page transformation mediation service, a) providing a registered member with a morphological information extraction program, and b) generating a Wen generated by the morphological information extraction program.
b) receiving form information for page transformation from the terminal of the registered member; c) adding additional information to the form information to generate transformation information; d) providing the registered member with a Web page transformation service. Providing a URL for providing a URL, e) storing information for displaying an additional window, and f) deforming a web page using the deformation information when a general user connects the URL. Downloading a transformation program, transformation information corresponding to the URL, and information for displaying an additional window to the terminal of the general user; and g) transforming using the transformation information and information for displaying the additional window. Providing deformation information and information for displaying the additional window to the terminal so that the displayed web page and the additional window can be displayed. Method for providing a Web page deformation service. 11. For a Web page transformation service, a) a service provider extracting form information for Web page transformation with a form information extraction program; and b) adding additional information to the form information. Generating deformation information; c) storing information for displaying an additional window; d) when a general user connects the URL, a deformation program for deforming a Web page using the deformation information; Downloading the transformation information corresponding to the URL and the information for displaying the additional window to the terminal of the general user; and e) a Web page transformed using the transformation information and the information for displaying the additional window. And providing the terminal with deformation information and information for displaying the additional window so that the additional window can be displayed. A method for providing a service. 12. When the terminal does not store the modification program or stores a version of the modification program different from the version of the modification program held by the server, the server stores the modification program in the terminal. The method of providing a Web page transformation service according to claim 10, wherein the transformation program is downloaded. 13. The web page transformation service according to claim 10, wherein the form information is generated by extracting an outline of a new form image provided by the registered member or the service provider. how to. 14. The step (d) comprises: when a general user requests connection with any URL,
Searching for the modification information corresponding to the URL with reference to the registration information; and, if the modification information corresponding to the URL has not been downloaded, downloading the modification information. 11. A method for providing a Web page transformation service according to claim 10, further comprising the step of: adding a reception state to the registration information every time a reception is made. 15. The method according to claim 10, wherein the terminal deforms and displays the Web page and further displays an additional window. 16. The method according to claim 15, wherein the additional window is made up of various types of information expressed via a Web browser.
How to provide the described Web page transformation service. 17. The method according to claim 16, wherein the various information is an image, a flash, a Web document, and the like. 18. The additional window may be a modified W of a Web site.
The web according to claim 15, which is an eb page.
How to provide page transformation services. 19. The method for providing a Web page transformation service according to claim 18, wherein the various information displayed on the additional window or the Web page of the Web site is changed at predetermined time intervals. . 20. In the step (d), when a general user requests connection with any URL,
Searching for the modification information corresponding to the URL with reference to the registration information; and, if the modification information corresponding to the URL has not been downloaded, downloading the modification information. 12. A method for providing a Web page transformation service according to claim 11, further comprising the step of: adding a reception state to the registration information every time the reception is performed. 21. The method of claim 11, wherein the terminal deforms and displays the web page and further displays an additional window.